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英語 中学生

1.(1)②、(2)②、(3)①、(4)③④⑧⑩、(5)③④⑤、(6)③④、(7)①④⑥、(8)①②③⑥、(9)の解説をして欲しいです。3枚目が答えです

英語科 〔文 法〕 1 次の各文の( )に入る最も適当な語(旬) を1つ 選びなさい。 3 I don't want to be a person ( things. mi 7 who says 1 what speaks which talks I whose tells 英語 ) bad They followed the instructions they ( by their homeroom teacher. Both Ken and I ( ) junior high school ア was give 1 were gave ry were given I were giving ad (1) students two years ago. 7 is イ am ウ was I are were ⑤Could you tell me ( ) a ticket? ) My brother is very good at ( baseball. 7 play plays playing I played to play 3 This computer is ( ) than that one. good I expensive ④ I enjoyed ( イ better ウ best important o) movies in my room. 7 where I can get イ where can I get ) how to buying 300 [中京大中京〕 where to buying I (3) Sarah says she can't come () she finishes her homework. 7 when if unless I after 2 I bought two books (1 yudar yesterday. ア write writing ) in English watch I watching b⑤Did your sister ( 7 study I studyed watches watched to watch studys ) science yesterday? studies studied ⑥ I want ( ) your e-mail address. ア know knows knew I knowing * to know ⑦Have you ever ( ) letters in Chinese? ア write writes writing I wrote written ウ wrote I written 3 Please come to the library, Frank. I'll be there between two (w ) three. A7 and 1 for to エ or Hiroshi and his family enjoyed ( ) at Hakuba last weekend. ア ski ウ 1 skiing for skiing I to ski ⑤5 Ben has an aunt ( He goes and stays with her every winter. ア what イ who ) lives in Hawaii. whose I where [ たちばな〕 (4) She is very proud ( ) her bonsai and ⑧ When Lucy () going home on a public bus last Friday, she saw her cousin in Lad the bus. 7 is am ウ are I was * were ⑨Emily is very ( ) because she goes to college from Monday to Friday and works part-time at a bookstore on weekends. 7 short busy I tall * large small [菊華] ) since (2) The number of car accidents ( 1992. 7 decreasing イ are decreased Gloves showing it to visitors. ア with イ of ウ to I in 2 ( ) we go to the movie theater? イ What don't ウ How are I Why don't ア Let 3 The baby was named ( 7 before after I over * since ④Mary has few friends. ( always with a lot of friends. Instead of ウ As for on Where do ) his uncle. to ) John, he is According to エ After all have been decreasing ⑤He has two other children ( I has been decreasing 2 How about ( ) a taxi instead of 7 besides 1 among Even if ) Alan. below walking there? I'm tired. 7 to taking taking I above * beside 6 Take the JR Line to Nagoya, and change ( ) there. ウ to call I calling you -147-

未解決 回答数: 0
英語 高校生

投げやりです。すいません。英語皆無なので代行してください。

【必答問題 5 日常使う物のデザインをする際には標準化 (standardization) という方法がある。 という内容に続く次の英文を読んで、あとの問いに答えよ。(配点44) If we examine the history of advances in all technological fields, we see that some improvements come naturally through the technology itself, while others come through standardization. The early history of the automobile is a good example. The first cars were very difficult to operate. They required strength and skill beyond the abilities of many. Some problems were solved through automation. Other aspects of cars and driving were standardized through the long process of international standards committees: . On which side of the road to drive (constant within countries) country, but variable across On which side f the car the driver sits (depends upon which side of the road the car is driven) -The (2) of essential components: steering wheel, brake, clutch, and accelerator (the same, whether on the left- or right-hand side of the car) Standardization is one type of cultural constraint. With standardization, once you have learned to drive one car, you feel confident that you can drive any car, anyplace in the world. Standardization provides a major breakthrough in usability. I have enough friends on national and international standards committees to realize that the process f determining an internationally accepted standard is laborious. Even when all members agree on the merits of standardization, the task of selecting standards becomes a long, political issue. A small company can standardize its products without too much difficulty, but it is much more difficult for an industrial, national, or international body to agree to standards. There even exists a standardized procedure for establishing national and international standards. organizations works on standards. First, a set of national and international Then when a new standard is proposed, it must work its way through each organization's approval process. Standards are usually the result of a *compromise among the various competing positions, which can often be an inferior compromise. Sometimes the answer is to agree on (4 ). Look at the existence I both metric and *English units; of left-hand- and 18 right-hand-drive automobiles. There are several international standards for the *voltages and *frequencies of electricity, and several different kinds of electrical plugs and sockets- which cannot interchanged. With all these difficulties and with the continual advances in technology, are standards really necessary? Yes, they are. Take the everyday, clock. It's standardized. Consider how much trouble you would have telling time with a backward clock, where the hands revolved "counterclockwise." A few such clocks exist, primarily as humorous conversation pieces. When a clock truly violates standards, such as (the one in Figure 1, it is difficult to determine what time is being displayed. Why? The logic behind the time display is identical to that of conventional clocks: there are only two differences - the hands move in the opposite direction (counterclockwise) and the location of "12," usually at the top, has been moved. This clock is just as logical as the standard one. It. bothers us because we have standardized on a different scheme, on the very definition of the term clockwise. Without such standardization, clock reading would be more difficult: you'd always have to figure out the "mapping. E) compromise *metric メートル法の *English units イギリスの計量法(ヤードボンド法) *frequencies of electricity 電気の周波数 voltages E *mapping 対応づけ (2つのものの間の関係を意味する専門用語) 問1 下線部(1)の内容を、 同じ段落の自動車の例に基づいて30字以内の日本語で答えよ。た だし、句読点も字数に数える。 問2 本文中の空所 (2) に入る語として最も適当なものを、次のア~エのうちから一つ 選び 記号で答えよ。 7 color イ location ウ price I sight (239) 問3 第2パラグラフ (Standardization is one type of ...) について 次の Question に対す る Answer となるように、空所に入れるのに最も適当なものを,次のア~エのうちから一 つ選び、 記号で答えよ。 Question: What is "a major breakthrough in usability" provided by standardization? Answer Because of standardization, you ( device of the same kind all over the world. 7 can apply what you have learned to イ can make cannot produce I cannot use what you have learned when using 問7 下線部(5)が表す図 (Figure 1)として最も適当なものを、次のア~エのうちから一つ選 び記号で答えよ。 11 12 1 12 ) any machine or 10 2 10% 9 3 1 5 6 問4 下線部(3)の示す内容を, 40字程度の日本語で答えよ。 ただし, 句読点も字数に数える。 ウ 11 6 1 問5 次の文を第3パラグラフ (Ihave enough friends...) に入れるとき,本文中の①~ のうちのどの位置に入れるのが最も適当か、 次のア~エのうちから一つ選び, 記号 で答えよ。 9 3 Each step is complex, for if there are three ways of doing something, then there are sure to be strong proponents of each of the three ways, plus people who will argue that it is too early to standardize. 70 問8 最終パラグラフ (With all these difficulties...) の内容をもとに, 次の Question に2 語程度の英語一文で答えよ。 Question: According to the writer, why is the standardization of the everyday clo necessary? イ 2 ウ H O 問6 本文中の空所 (4) に入れるのに最も適当なものを、次のア~エのうちから一つ選び 記号で答えよ。 7 a single standard 1 several different standards ウ the same standard I too few standards <<-20-> <-21->

回答募集中 回答数: 0
化学 高校生

2枚目の青線部についてですが、なぜ濃度が薄いと電離度が1になるんですか?回答よろしくお願いします!

322023年度 〔1〕 以下の文章を読み、 問1~ 問4 に答えよ。 なお, [X] は分子もしくはイオンX 大阪大-理系前期 8 のモル濃度を表す。 濃度 C [mol/L] の酢酸水溶液中でCH3COOH CH3COO + H+ の平衡が なりたっているとき,水のイオン積 Kw = [H+] [OH-] と酢酸の電離定数 [H+] [CH3COO-] Ka= [CH3COOH] 条件が を用いて,[H+] を表すことができる。 陽イオンと陰イオンの電荷のつりあいの 0.1=YOR [H+]= ア + イ を満たすこと,,および,濃度Cが C = ウ + I 00 20F 吉 4. 2. 2023年度 化学 33 H=RO 01-00 0 -10 -8 -6 -4 OH + 図1 log10( C (mol/L)) HU H -2 -2 0 (図) で表されることを考慮すれば, [H+] 以外の分子やイオンの濃度を消去すること により, [H+] に関する三次方程式 問1 空欄 ア よ。 2 エ にあてはまる分子やイオンのモル濃度を答え [H+] 3 + ( オ ) [H+]^+ ( ) [+] + ( キ )=0 問2 空欄 オ キ を Ka, Kw, ならびにCを用いて表せ。 が得られる。この方程式の解[H] を用い、酢酸の電離定数 K。 = 1.6 × 10-mol/L, 水のイオン積 Kw = 1.0 × 10-14 (mol/L) 2 として、酢 酸水溶液のpHの濃度変化曲線の一部を図1に描いた。 なお,濃度Cが高いときには、水の電離の影響を無視できるのでKw=0の近 問3 酢酸水溶液のpHは、濃度Cが低い領域でほぼ一定値をとる。その理由を 記せ。 さらに, C≦10mol/Lの範囲におけるpHの濃度変化を,解答用 [解答欄] 上の図と同じ。 紙の図1に実線で書き込め。 4804 似が許され, 三次方程式を二次方程式 [H+]? + Ka[H+] - KaC = 0 へと変形することができる。 この方程式の解 [H+] は, 高濃度の極限において KCで近似できる。 問4 酢酸水溶液のpHは,濃度Cが高い極限で10g10 (C[mol/L]) の一次関数と なる。 まず,C=1.0mol/Lの酢酸水溶液のpHを計算し, 小数点以下1桁 まで答えよ。 次に, C≧10-3 mol/Lの範囲でpHの濃度変化を, 解答用紙 図1に実線で書き込め。必要があれば10g10 2 0.3の近似値を用いよ。 [解答欄] 上の図1と同じ。

解決済み 回答数: 1
英語 高校生

ピンクで囲んだ部分のdestroyingとforcing、makingが何故ingが着いているのか分かりません😿分詞構文でしょうか?

You are preparing a presentation for the school science club, using this article from a scientific website. Reaching a Tipping Point: What to Do About the Problem of Space Junk? For over fifty years, slowly at first, but with increasing intensity, we've been sending objects up into orbit. Most of these items begin life as useful 使節を開始する有用な devices, such as the thousands of satellites that bring us information and give 装置として us our 21st century communication, but even these eventually fall out of use 結仕 使われなくなる or break. These satellites, living or dead, share an increasingly crowded layer, 混雑した層 known as near-earth orbit, with rocket parts, tools, and pieces of metal from objects that have already crashed together and broken into pieces. 粉々になる ?? This garbage poses a threat both (to working" satellites of which there are thousands), and (to the earth itself.) For example, in 2009 a disused Russian 使われなくなった module crashed into an active US satellite) destroying both and forcing the International Space Station to change course to avoid the thousands of broken ためらう pieces. While most junk that falls back to earth burns up in the atmosphere. 大気圏上空で larger chunks can occasionally hit the ground, posing a threat to people and Pieces that do burn up] leave pollutants in the atmosphere, such as Property aluminum particles, which can destroy the ozone layer アルミニウム 粒子 It's clear that removing space junk is vital if we are to maintain and build upon our current satellite network. The problem has been discussed continuously since the 1970s, when Donald Kessler, a senior scientist at NASA 継続的に described a scenario (later known as Kessler syndrome) (where a runaway 制御不能の others more and more likely. While the 2009 incident may be the first large cycle of collisions begins, with each collision creating more debris, making 衝突のサイクル near-earth collision, it is thought that Kessler syndrome has already begun with smaller objects. Since Kessler syndrome was first described, many solutions have been proposed, from using lasers to robotic garbage collectors, but cost has been an obstacle to most. In 2021, a Japan-based company named Astroscale launched ELSA-d (short for "End-of-Life Services by Astroscale Demonstration") to show

解決済み 回答数: 1
化学 高校生

[至急]大門3の(2)(3)教えて欲しいです!

10 (3) gを溶かして10%の水溶液をつくったとき,こ の水溶液は何gになるか。 (2) (3) 溶液 で 15 モル濃度 次の問いに答えよ。 (1) グルコース C6H12O6 90gを水に溶かして, 250mLの水溶液をつくった。 この溶液のモル濃度は何mol/Lか。 (2) 酢酸 CH3COOH 30g を水に溶かして, 200mLの水溶液をつくった。 こ の溶液のモル濃度は何mol/L か。 (3) 0.10mol/Lの水酸化ナトリウム NaOH水溶液 200mLには,何mol の NaOH が溶けているか。 (4)食酢は 0.70 mol/Lの酢酸 CH3COOH 水溶液である。食酢 100 mL 中に は何gの CH3COOH が含まれるか。 3 濃度の換算: 質量パーセント濃度からモル濃度 市販のアンモニア水(質量パーセント濃度28%, 密度 0.90g/cm²) について, 次の問いに答えよ。 溶液のモル濃度 (r (1) 溶質の物質量( (2) (3) 溶液の体積 (4) 密度(g/cm 20 (1)このアンモニア水 100gに含まれるアンモニア NH3 の物質量は何molか。 (1) (2)このアンモニア水 100gの体積は何Lか。 (2) (3)このアンモニア水のモル濃度は何mol/L か。 (3) 4 濃度の換算:モル濃度から質量パーセント濃度 0.80mol/Lの硫酸H2SO4 (密度1.05g/cm²)について,次の問いに答えよ。 (1) この硫酸100mL に含まれる H2SO4の質量は何gか。 (2) この硫酸の質量パーセント濃度は何%か。 HCNONa Mg Al Si SCI KCa Fe Cu Zn Ag I Pb 1.0 12 14 16 23 24 27 28 32 35.5 39 40 56 63.5 65 108 127 207 (2)

解決済み 回答数: 1
英語 高校生

横線部の〈where〉は関係副詞でしょうか。解説もお願いします🙇

dangerous places. He thought, "Even if people cannot see, their feet can feel the difference of the surfaces. (3) This will warn them of danger." In 1965, after many trials and errors*,/he created some samples with his own money. 15 He gave these samples to the local government. In 1967, 230 of his blocks were placed in front of an intersection* in Okayama City, Japan. These These were the world's first Braille Blocks. 3 Over time, the use of Braille Blocks spread in Japan, and then around the A-49 world. However, accidents sometimes happened where the blocks had not 20 yet been placed. Local governments and railroad companies quickly started to place the blocks in dangerous areas. As a result, many organizations made the Tenji Blocks with their own designs. This caused some confusion. In 1996, the Japanese government started research to make standards for the Tenji Blocks. A team of scientists and 60 people with vision problems 25 worked together to find the easiest ( A ) to use. Then, in 2001, the standards were finally made. still 4 Although the designs have been standardized, there are (4)many problems. We still see various types of old blocks. They must be replaced with new standard blocks as soon as possible. In addition, the standards do 30 not say the color or material to use, or how to place the blocks. A-50 In March 2012, the ISO* (International Organization for Standardization) A-51 32

解決済み 回答数: 1